3. Do you think the current intersection model will work well for pedestrians? Why or why not?
What could we change about the intersection to make it safer and more efficient for pedestrians?

4. Do you think we used the Engineering Design Process in this activity
Do you think we used the Engineering Design Process in this activity? Explain.

5. How can we use the properties of magnets to help us design a maglev transportation system?
What parts does the maglev transportation system need to have?
How did Hikaru’s Maglev Package Transportation System work?
What do you already know about magnets?
What are some properties of magnets we might need to know to design our maglev transportation systems?

6. Levitating Magnets
How could you make one magnet levitate above the other?
Place two ring magnets on the pencil and make one magnet levitate over the other.
Flip one of the magnets over. What happens? Why?
What happens when you flip both magnets over? Why?

7. Magnetic Sailing
In this activity the goal is to move the sailboat from one side of the basin to the other without touching it.
You can flip the ring magnets over on their posts or move individual ring magnets from their posts.
If you move a magnet from its post, you may either remove it from the board, or stack it on top of another magnet on another post.
You may NOT wave the magnets over the basin or touch the sailboat.
Once you move a magnet wait ten seconds to see what happens.
Do you have any ideas about how you could make the sailboat move?

8. Find the Poles

9. Station 1- Levitating Magnets
List three properties of magnets that you observed during this investigation.
Explain how each property helped you to levitate magnets.
Complete FIND THE POLES when you are finished with this station.

10. Station 2- Magnetic Sailing
Complete FIND THE POLES when you are finished with this station.

11. Reflection
Why are the magnets levitating?
Why do you think adding more magnets affects how high they levitate?
What did you do to make the top magnet levitate higher?
What happened when you placed the foam or stiff paper between the magnets or wrapped the magnets in tape? Why?
Why did the sailboat move? How do you know?
How do you know where the poles of the unmarked magnets are?
What properties of magnets have we explored?
What else might we want to know about our magnets before we design our maglev transportation systems?

12. Reflection
Describe your maglev transportation system design. What materials did you use? Why did you choose those materials?
How many weights could your system transport?
Did your system transport the weights safely? How do you know?
What parts of your system worked well? How do you know?
What parts of your system did not work well? Why?

13. Information for the teacher to use.
For lesson 3- magnets
Start at about 3:20
For lesson on pollinators-
Start at 5:12